def __init__(self, studyList, version):
self.DBClient = DbUtils()
self.studyList = [i.upper() for i in studyList]
self.version = version
self.recursorList = []
self._getRecursorList(studyList)
self.sortingDataList = []
self.sqlBuilder = SQLBuilder()
self.moveSortingObjListDict = {}
self.toConvertObjListDict = {}
self.sortingTable = Sorting()
self.conversionTable = Conversion()
self.raw2mincConverter = Raw2MINCConverter()
self.pool = Pool()
self.qsubJobHandler = QSubJobHandler()
self.qsubJobHandler.start()
self.convertedListDict = {}
self.processingTable = Processing()
self.toProcessListDict = {}
self.pipelineHanlder = PipelineHandler()
self.QCHandler = QCHandler()
self.MongoManger = MongoDBManager()
self.MongoXMLManager = MongoScanXMLManager()
self.MongoXMLManager.processXMLs()
def __init__(self, studyList, version):
self.DBClient = DbUtils()
self.studyList = [i.upper() for i in studyList]
self.version = version
self.recursorList = []
self._getRecursorList(studyList)
self.sortingDataList = []
self.sqlBuilder = SQLBuilder()
self.moveSortingObjListDict = {}
self.toConvertObjListDict = {}
self.sortingTable = Sorting()
self.conversionTable = Conversion()
self.raw2mincConverter = Raw2MINCConverter()
self.pool = Pool(processes=12)
self.qsubJobHandler = QSubJobHandler()
self.qsubJobHandler.start()
self.convertedListDict = {}
self.processingTable = Processing()
self.toProcessListDict = {}
self.pipelineHanlder = PipelineHandler()
self.QCHandler = QCHandler()
self.MongoManger = MongoDBManager()
self.MongoXMLManager = MongoScanXMLManager()
self.MongoXMLManager.processXMLs()
class PipelineManager:
def __init__(self, studyList, version):
self.DBClient = DbUtils()
self.studyList = [i.upper() for i in studyList]
self.version = version
self.recursorList = []
self._getRecursorList(studyList)
self.sortingDataList = []
self.sqlBuilder = SQLBuilder()
self.moveSortingObjListDict = {}
self.toConvertObjListDict = {}
self.sortingTable = Sorting()
self.conversionTable = Conversion()
self.raw2mincConverter = Raw2MINCConverter()
self.pool = Pool()
self.qsubJobHandler = QSubJobHandler()
self.qsubJobHandler.start()
self.convertedListDict = {}
self.processingTable = Processing()
self.toProcessListDict = {}
self.pipelineHanlder = PipelineHandler()
self.QCHandler = QCHandler()
self.MongoManger = MongoDBManager()
self.MongoXMLManager = MongoScanXMLManager()
self.MongoXMLManager.processXMLs()
# This method will return a list of Recursor Objects based on the study list provided.
def _getRecursorList(self, studyList):
for study in studyList:
if study == 'ADNI':
self.recursorList.append(
Recursor(study, StudyConfig.ADNIDownloadRoot))
elif study == 'ADNI_OLD':
self.recursorList.append(
Recursor(study, StudyConfig.ADNIOLDDownloadRoot))
elif study == 'DIAN':
self.recursorList.append(
Recursor(study, StudyConfig.DIANDownloadRoot))
# This method will recurse through the download folders.
def recurseForNewData(self):
for recursor in self.recursorList:
self.sortingDataList.append(recursor.recurse())
# This method will add the new entries to the DB.
def addNewDatatoDB(self):
for sortingDataSet in self.sortingDataList: ##From the set of study specific recursors
SortingObjList = [
SortingObject(o.getValuesDict()) for o in sortingDataSet
]
self.sortingTable.insertToTable(SortingObjList)
# This method will get the list of files need to be moved to study, subject specific folders.
def getUnmovedRawDataList(self):
for study in self.studyList:
self.moveSortingObjListDict[
study] = self.sortingTable.getUnmovedFilesPerStudy(study)
# This method will move the downloaded raw files to the study, subject specific folders and add moved tag in sorting table.
def moveRawData(self):
def removeCommaIfThere(destFolder):
PipelineLogger.log(
'manager', 'debug',
'Removing unsupported chars from file names...... :')
for dpath, dnames, fnames in os.walk(destFolder):
for f in fnames:
os.chdir(dpath)
if ',' in f:
os.rename(f, f.replace(',', ''))
PipelineLogger.log(
'manager', 'debug',
'Removing unsupported chars from file names done ...:')
def copyFile(sourceFolder, destFolder):
try:
PipelineLogger.log(
'manager', 'debug', 'Raw Data Copying : {0} -> {1}'.format(
sourceFolder, destFolder))
distutils.dir_util.copy_tree(sourceFolder,
destFolder,
update=True)
PipelineLogger.log(
'manager', 'debug',
'Raw Data Copy Done...... : {0} -> {1}'.format(
sourceFolder, destFolder))
removeCommaIfThere(destFolder)
return 1
except Exception as exc:
PipelineLogger.log(
'manager', 'error',
'Raw Data Move Error : {0} -> {1}'.format(
sourceFolder, destFolder))
PipelineLogger.log('manager', 'exception', exc)
return 0
for study in self.studyList:
totalToMove = len(self.moveSortingObjListDict[study])
PipelineLogger.log(
'manager', 'info',
'Moving started for study {0} - Total to be moved : {1}'.
format(study, totalToMove))
count = 1
for sortingObj in self.moveSortingObjListDict[study]:
PipelineLogger.log(
'manager', 'info',
'Moving {0}/{1} - {2}'.format(count, totalToMove,
sortingObj.download_folder))
copied = copyFile(sortingObj.download_folder,
sortingObj.raw_folder)
count += 1
if copied:
self.conversionTable.insertFromSortingObj(
sortingObj, self.version)
self.sortingTable.setMovedTrue(sortingObj)
else:
PipelineLogger.log(
'manager', 'error',
'File Move Error : {0} -> {1}. Moving to next...'.
format(sortingObj.download_folder,
sortingObj.raw_folder))
def getConversionList(self):
for study in self.studyList:
self.toConvertObjListDict[
study] = self.conversionTable.gettoBeConvertedPerStudy(study)
def convertRawData(self):
def addTODB(result):
if result['converted']:
#### Add to correspoing table
#self.conversionTable.insertFromConvertionObj(convertionObj, self.version)
self.conversionTable.setConvertedTrue(result['obj'])
else:
PipelineLogger.log(
'manager', 'error',
'File conversion Error : {0} -> {1}. Moving to next...'.
format(result['obj'].raw_folder,
result['obj'].converted_folder))
self.conversionTable.setConvertedFailed(result['obj'])
for study in self.studyList:
totalToConv = len(self.toConvertObjListDict[study])
PipelineLogger.log(
'manager', 'info',
'Convertion started for study {0} - Total to be converted : {1}'
.format(study, totalToConv))
results = []
for convObj in self.toConvertObjListDict[study]:
convertedResult = self.pool.apply_async(
self.raw2mincConverter.convert2minc,
args=(convObj, ),
callback=addTODB)
results.append(convertedResult)
for r in results:
r.wait()
def getConvertedList(self):
for study in self.studyList:
self.convertedListDict[
study] = self.conversionTable.getConvertedListPerStudy(study)
def refreshModalityTables(self):
for study in self.studyList:
for convertionObj in self.convertedListDict[study]:
self.processingTable.insertFromConvertionObj(convertionObj)
def getProcessList(self):
for study in self.studyList:
self.toProcessListDict[
study] = self.processingTable.getToProcessListPerStudy(study)
def fillPipelineTables(self):
for study in self.studyList:
for processingObj in self.toProcessListDict[study]:
self.pipelineHanlder.addToPipelineTable(processingObj)
def checkExternalJobs(self, modality):
PipelineLogger.log('manager', 'info',
'Checking on external jobs ... ###########')
for study in self.studyList:
self.pipelineHanlder.checkExternalJobs(study, modality)
def checkOnQCJobs(self, modality):
PipelineLogger.log('manager', 'info',
'Checking on QC jobs ... ###########')
for study in self.studyList:
self.QCHandler.checkQCJobs(study, modality)
def processModality(self, modality):
PipelineLogger.log('manager', 'info',
'File processing started ... ###########')
for study in self.studyList:
self.pipelineHanlder.process(study, modality)
class PipelineManager:
def __init__(self, studyList, version):
self.DBClient = DbUtils()
self.studyList = [i.upper() for i in studyList]
self.version = version
self.recursorList = []
self._getRecursorList(studyList)
self.sortingDataList = []
self.sqlBuilder = SQLBuilder()
self.moveSortingObjListDict = {}
self.toConvertObjListDict = {}
self.sortingTable = Sorting()
self.conversionTable = Conversion()
self.raw2mincConverter = Raw2MINCConverter()
self.pool = Pool(processes=12)
self.qsubJobHandler = QSubJobHandler()
self.qsubJobHandler.start()
self.convertedListDict = {}
self.processingTable = Processing()
self.toProcessListDict = {}
self.pipelineHanlder = PipelineHandler()
self.QCHandler = QCHandler()
self.MongoManger = MongoDBManager()
self.MongoXMLManager = MongoScanXMLManager()
self.MongoXMLManager.processXMLs()
# This method will return a list of Recursor Objects based on the study list provided.
def _getRecursorList(self, studyList):
for study in studyList:
if study == 'ADNI':
self.recursorList.append(Recursor(study, StudyConfig.ADNIDownloadRoot))
elif study == 'ADNI_OLD':
self.recursorList.append(Recursor(study, StudyConfig.ADNIOLDDownloadRoot))
# This method will recurse through the download folders.
def recurseForNewData(self):
for recursor in self.recursorList:
self.sortingDataList.append(recursor.recurse())
# This method will add the new entries to the DB.
def addNewDatatoDB(self):
for sortingDataSet in self.sortingDataList: ##From the set of study specific recursors
SortingObjList = [SortingObject(o.getValuesDict()) for o in sortingDataSet]
self.sortingTable.insertToTable(SortingObjList)
# This method will get the list of files need to be moved to study, subject specific folders.
def getUnmovedRawDataList(self):
for study in self.studyList:
self.moveSortingObjListDict[study] = self.sortingTable.getUnmovedFilesPerStudy(study)
# This method will move the downloaded raw files to the study, subject specific folders and add moved tag in sorting table.
def moveRawData(self):
def removeCommaIfThere(destFolder):
PipelineLogger.log('manager', 'debug',
'Removing unsupported chars from file names...... :')
for dpath, dnames, fnames in os.walk(destFolder):
for f in fnames:
os.chdir(dpath)
if ',' in f:
os.rename(f, f.replace(',', ''))
PipelineLogger.log('manager', 'debug',
'Removing unsupported chars from file names done ...:')
def copyFile(sourceFolder, destFolder):
try:
PipelineLogger.log('manager', 'debug', 'Raw Data Copying : {0} -> {1}'.format(sourceFolder, destFolder))
distutils.dir_util.copy_tree(sourceFolder, destFolder, update=True)
PipelineLogger.log('manager', 'debug',
'Raw Data Copy Done...... : {0} -> {1}'.format(sourceFolder, destFolder))
removeCommaIfThere(destFolder)
return 1
except Exception as exc:
PipelineLogger.log('manager', 'error',
'Raw Data Move Error : {0} -> {1}'.format(sourceFolder, destFolder))
PipelineLogger.log('manager', 'exception', exc)
return 0
for study in self.studyList:
totalToMove = len(self.moveSortingObjListDict[study])
PipelineLogger.log('manager', 'info', 'Moving started for study {0} - Total to be moved : {1}'.format(study, totalToMove))
count = 1
for sortingObj in self.moveSortingObjListDict[study]:
PipelineLogger.log('manager', 'info', 'Moving {0}/{1} - {2}'.format(count, totalToMove, sortingObj.download_folder))
copied = copyFile(sortingObj.download_folder, sortingObj.raw_folder)
count += 1
if copied:
self.conversionTable.insertFromSortingObj(sortingObj, self.version)
self.sortingTable.setMovedTrue(sortingObj)
else:
PipelineLogger.log('manager', 'error', 'File Move Error : {0} -> {1}. Moving to next...'.format(sortingObj.download_folder, sortingObj.raw_folder))
def getConversionList(self):
for study in self.studyList:
self.toConvertObjListDict[study] = self.conversionTable.gettoBeConvertedPerStudy(study)
def convertRawData(self):
def addTODB(result):
if result['converted']:
#### Add to correspoing table
#self.conversionTable.insertFromConvertionObj(convertionObj, self.version)
self.conversionTable.setConvertedTrue(result['obj'])
else:
PipelineLogger.log('manager', 'error', 'File conversion Error : {0} -> {1}. Moving to next...'.format(result['obj'].raw_folder, result['obj'].converted_folder))
self.conversionTable.setConvertedFailed(result['obj'])
for study in self.studyList:
totalToConv = len(self.toConvertObjListDict[study])
PipelineLogger.log('manager', 'info', 'Convertion started for study {0} - Total to be converted : {1}'.format(study, totalToConv))
results = []
for convObj in self.toConvertObjListDict[study]:
convertedResult = self.pool.apply_async(self.raw2mincConverter.convert2minc, args=(convObj,), callback=addTODB)
results.append(convertedResult)
for r in results:
r.wait()
def getConvertedList(self):
for study in self.studyList:
self.convertedListDict[study] = self.conversionTable.getConvertedListPerStudy(study)
def refreshModalityTables(self):
for study in self.studyList:
for convertionObj in self.convertedListDict[study]:
self.processingTable.insertFromConvertionObj(convertionObj)
def getProcessList(self):
for study in self.studyList:
self.toProcessListDict[study] = self.processingTable.getToProcessListPerStudy(study)
def fillPipelineTables(self):
for study in self.studyList:
for processingObj in self.toProcessListDict[study]:
self.pipelineHanlder.addToPipelineTable(processingObj)
def checkExternalJobs(self, modality):
PipelineLogger.log('manager', 'info', 'Checking on external jobs ... ###########')
for study in self.studyList:
self.pipelineHanlder.checkExternalJobs(study, modality)
def checkOnQCJobs(self, modality):
PipelineLogger.log('manager', 'info', 'Checking on QC jobs ... ###########')
for study in self.studyList:
self.QCHandler.checkQCJobs(study, modality)
def processModality(self, modality):
PipelineLogger.log('manager', 'info', 'File processing started ... ###########')
for study in self.studyList:
self.pipelineHanlder.process(study, modality)